We have been supplying engineering plastics to the sector as one of India’s top makers, suppliers, and converters of plastic sheet. Among our international clients are numerous reputable companies from a variety of sectors, including packaging, food and pharmaceuticals, aerospace and defence, and others.
For almost all applications, we can provide engineering, fabrication, and specialty plastics in a wide range of materials, sizes, and thicknesses. Popular materials include UHMW, which has excellent wear resistance, polycarbonate, which has outstanding optical clarity and impact strength, and PTFE, which has excellent heat and chemical resistance. Metal-detecting and food-grade polymers are also accessible when needed.
Any of our engineering plastic sheets can be turned into customised components using our on-site 5 axis CNC machinery. Visit our plastic machining page to learn more.
providing excellent resistance to abrasion and chemicals while having high strength, stiffness, and hardness. Impact plates, precision pieces, and scrapers are frequently made of nylon 6. It comes in several degrees, each of which has advantages of its own. For cast Nylon 6, we may also provide a custom manufacturing service.
Good stiffness, mechanical strength, and chemical and wear resistance. Precision parts and wear components are made of nylon 66, which has lower impact strength than standard nylon 6 but improved resilience to creep, wear, and short-term temperatures. a variety of grades are available, including glass-filled and flame-resistant.
Metal Detectable Plastic Sheet
A specialised plastic that maintains its exceptional mechanical characteristics and chemical resistance at high temperatures. PEEK is electrically insulating and offers resistance to hydrolysis degradation and radiation. offered in a range of grades, including regular, metal detecting, and carbon filled.
Providing excellent resistance to abrasion and chemicals while having high strength, stiffness, and hardness. Impact plates, precision pieces, and scrapers are frequently made of nylon 6. It comes in several degrees, each of which has advantages of its own. For cast Nylon 6, we may also provide a custom manufacturing service.
Good stiffness, mechanical strength, and chemical and wear resistance. Precision parts and wear components are made of nylon 66, which has lower impact strength than standard nylon 6 but improved resilience to creep, wear, and short-term temperatures. a variety of grades are available, including glass-filled and flame-resistant.
A specialised plastic that maintains its exceptional mechanical characteristics and chemical resistance at high temperatures. PEEK is electrically insulating and offers resistance to hydrolysis degradation and radiation. offered in a range of grades, including standard, metal detectable, and carbon filled.
An amorphous plastic with good mechanical properties, a high dielectric strength, and exceptional resistance to high temperatures is PEI (Ultem®) sheet. Although it is simple to weld, when it is machined, stress cracking can occur. It is frequently produced into microwave-safe components, sterilisation trays, and electrical insulators. range of temperatures up to 170 °C.
Offering high dimensional stability, low moisture absorption, and a low coefficient of thermal expansion. PET is very machinable, offers outstanding wear resistance, and has FDA approval (natural only). It is frequently employed in applications involving material handling or the production of components. -20 to +115 degrees Celsius is the temperature range.
Available in two classes, each of which offers a unique set of qualities. While Ertalyte® TX keeps the aforementioned qualities while also being self-lubricating, Ertalyte® PET-P offers high mechanical strength and resistance to wear. Both grades are acceptable for use in food contact applications and have FDA approval. -20 to 110 degrees Celsius is the temperature range.
delivering great impact resistance, strong wear resistance, and a low coefficient of friction. An FDA-approved, lightweight plastic called PE300 (HDPE) is frequently machined into wear strips or used as lining for chutes and hoppers. It is simple to manufacture and make, but challenging to bond. temperature range of -50 to +80 degrees Celsius.
Providing more impact and wear resistance than HDPE. The FDA has authorised PE500 (HMWPE), which offers high chemical resistance and has a low moisture absorption rate. It is frequently made into buffers, safety strips, cutting boards, linings, and replacement parts. the range from -100°C to +80°C in temperature.
Available in a wide range of grades, including anti-static, ceramic-filled, high temperature, metal detectable, virgin, regen, and metal-free. Comparing PE1000 (UHMW) to HDPE and HMWPE, PE1000 (UHMW) offers higher resistance to wear and impact. It is generally employed as a liner or in wear applications across many industries.
Our selection of PTFE is offered in a number of grades with distinctive properties. Chemical applications frequently employ PTFE because it has a wide operating temperature range, an incredibly low coefficient of friction, and electrical insulation. Due to the slippery surface of the plastic, it is not suitable for wear applications and is challenging to bond.
Offering good insulating qualities for mechanical, thermal, and electrical systems. PVDF is authorised for applications involving food contact and offers good resistance to UV, corrosion, and chemicals. It is easily welded, and it can be machined into linings, anti-corrosion parts, or materials for electrical wiring insulation. -30°C to +140°C in the temperature range.
A variety of polyimides with extreme durability and various features. Specialist plastic called Vespel® offers outstanding resistance to creep and high temperatures. The long-term thermal stability and wear performance of specific grades, such as graphite and MoS2 filled, are increased. range of temperatures up to +288°C.
Our selection of cast, extruded, or mirrored acrylic and Perspex® sheet is offered in a vast array of colours. It has exceptional UV resistance and may be manufactured, moulded, machined, and polished. Display applications frequently use acrylic and Perspex®. range of temperatures up to +80 °C.
Constructed from premium-grade acrylic that is unbreakable and has a smooth, highly reflecting surface on one side. Mirrored plastic sheet is frequently used in place of glass because it offers a significantly higher level of impact resistance. Additionally, it can be machined to meet your precise needs. range of temperatures up to +88°C.
PETG is primarily formed into chutes and machine guards for use in food processing and pharmaceutical industries because it has better impact resistance than acrylic sheet. It conforms to FDA food contact requirements and is much simpler to manufacture than polycarbonate. range of temperatures up to +65°C.
Available in a number of brands, including Makrolon®, LexanTM, and Impex®. Excellent optical clarity and impact strength are provided by polycarbonate sheets. It is more temperature resistant than PETG and has machining, forming, welding, and bonding capabilities. Machine guards, chutes, safety glazing, and masking covers are frequently made of it.
Polypropylene sheet is lightweight, offers great impact resistance, and has strong mechanical strength. It is available as a copolymer or a homopolymer. Because of its resistance to acids, alkalis, and organic solvents, it is frequently fabricated into equipment for use in effluent treatment plants. temperature range of -20 to +80 degrees Celsius.
A hard plastic with good chemical resistance, low water absorption, high mechanical strength, and corrosion resistance. PVC is offered in a variety of hues, including as black, transparent, and grey. It is frequently produced into chemical equipment or tank linings because it is simple to machine, fabricate, bond, and weld. range of temperatures up to +60 °C.
Salbex pressed PVC provides excellent dimensional stability, toughness, rigidity, and corrosion and chemical resistance. Under the influence of pressure and heat, it is laminated, creating a smooth-surfaced, compact plastic. Tanks for chemicals are frequently lined with salbex. range of temperatures up to +60 °C.
PVC foam sheet, which comes in a wide variety of colours, is a lightweight material that works well for direct printing and laminating. It is frequently used to make signage and exhibition displays in both interior and external locations since it is simple to manufacture, fabricate, and glue. temperature range of -10 to +55 degrees Celsius.
Vyon® is a porous material that has been given the all-clear to come into contact with food. It is made from sintered high density polyethylene (HDPE) and is offered in a variety of grades. It is easily machined and fabricated, and it is frequently used in filtration, aeration, separation, and venting applications. temperature range of -70 to +80 degrees Celsius.
Made with a combination of kraft paper, melamine, aminoplast, phenolic resin, ornamental paper, and mineral fillers. As a display board or whiteboard, dry wipe board is employed. Both internal and external apps can mount it and use it.
Engraving plastic sheet is a great option for signs and plaques because it comes in a variety of bonded colors. Using in-house CNC equipment, we have the ability to engrave this material to meet your unique requirements.
Plastic shims are colour coded to indicate the thickness of the material, eliminating the need for a micrometre. They have a high strength to weight ratio, are corrosion resistant, and are frequently used to fill microscopic gaps or voids between items.
Playground Plastic Sheet (HDPE)
A tough, durable plastic that is ideal for display and recreational equipment applications. HDPE playground plastic is incredibly resilient, resistant to UV rays, and simple to machine and fabricate. Additionally, it can be engraved using on-site CNC equipment. temperature range of -10 to +80 degrees Celsius.
Prism diffuser panels are frequently used in fluorescent and LED light diffusion applications in indoor workspaces. They are produced from either a polycarbonate or PET resin. The panels are simple to machine, help with glare reduction, and optimise light transmission. -50°C to +100°C in the temperature range.
High quality thermosetting resins are bonded with cotton, glass, or paper to create Tufnol® industrial laminates. Tufnol® is readily machined and is frequently used as gears, bearings, jigs, and fixtures. It is readily available in a variety of grades to meet a wide range of applications.
Laminates made of glass are much denser than the cotton and paper alternatives. They come in a variety of resins, such as epoxy, phenolic, silicone, and polyimide, which provide extra qualities like improved electrical insulation or thermal stability.
We also supply the following alternative plastic types and brands, please contact us for more information.